52results about How to "The processing method is scientific and reasonable" patented technology

The invention relates to a processing method of a Dendrobium officinale golden bar or sheet, which comprises the following steps: a. taking Dendrobium officinale fresh strips, cleaning to remove sand, and airing to remove surface moisture, thereby obtaining clean Dendrobium officinale; b. baking at 100-105 DEG C for 3-6 minutes, taking out and kneading while the Dendrobium officinale is hot, and repeating the operation until the surface of the clean Dendrobium officinale becomes golden; and c. cutting into sections or sheets, freezing at -70 to -90 DEG C, and carrying out freeze-drying to obtain the golden Dendrobium officinale golden bar finished product or golden Dendrobium officinale golden sheet finished product. The Dendrobium officinale product is golden, beautiful and crisp, is convenient to eat, and can effectively reserve the original active components in the Dendrobium officinale.

The invention discloses a method for continuously processing degradation-resistant wastewater by means of microwave catalysis and an implementation device thereof. Granular catalyst is filled into quartz tubes to form quartz tube catalyst columns; the quartz tube catalyst columns are placed into a microwave field to form catalyst fixing beds, wherein the intersection angle of the axial direction of the quartz tube catalyst columns and the direction of the irradiation microwave is not less than 45 degrees; wastewater to be processed continuously flows through the catalyst fixing beds, so that pollutants in the wastewater can be removed under the combined action of the microwave and the granular catalyst; processed water and gas produced during wastewater treatment are discharged; the granular catalyst is husk-like granular activated carbon prepared through carbonization, smashing, bonding formation and carbon dioxide activating treatment. With adoption of the method, continuous industrialized degradation of degradation-resistant wastewater can be realized, the operation is simple, the automatic control is facilitated, the application to different wastewater processing amounts can be realized by means of increasing or decreasing the number of the quartz tube catalyst columns, the investment and the operation cost are low, and the removal efficiency is high.

The invention relates to processing equipment for the low calorific value waste and a processing method thereof. When the waste is incinerated in an incinerator, part of generated high-temperature gas is transmitted into a rotary kiln for conducting heating, drying and incinerating treatment to the low calorific value waste; the volume of the high-temperature gas entering the rotary kiln is controlled by controlling the air supply volume of a high-temperature fan, so the temperature requirement of the rotary kiln is achieved; by temperature control, various components of the low calorific value waste are respectively treated such as drying, recycling, incineration, etc. As a pipeline and a high-temperature fan are arranged, the invention can transmit the heat in the incinerator to the rotary kiln, the fuel in the rotary kiln is not needed to be heated, and the energy is saved, thereby being quite environmental-protection to the recycle and use of a plurality of materials.

The invention discloses a processing method capable of improving the surface strength of aluminum and aluminum alloy. The processing method includes the following steps of (1) primary washing, (2) ungrease treatment, (3) secondary washing, (4) primary acid pickling, (5) secondary acid pickling, (6) alkali washing, (7) anodic oxidation, (8) third-time washing and (9) drying and heat preservation. All the steps of the processing method are scientific, reasonable and ingenious in process. The structure of surface oxidation films of an aluminum or aluminum alloy material is effectively improved, the strong acid resistance, strong base resistance and organic solvent corrosion resistance are improved obviously, and the surface strength is improved by 20%-25%. Furthermore, a special cellular structure is achieved, the deep processing technique like dyeing is facilitated, and the use value is good.

The invention relates to a process for preparing pickled vegetable containing Siberian solomonseal rhizome, wherein the raw materials include vegetable 100 weight parts, cooking wine 0.40 weight part, pricklyash peel 0.40 weight part, ginger powder 0.20 weight part, pimiento 1 weight part and common salt 19 weight parts.

The invention relates to a processing method for preparing a cocktail with hot peppers, which belongs to a food processing technique, in particular to a processing method for preparing the cocktail with the hot peppers. The processing method uses the hot peppers as the main material which is mixed with certain proportion of seasoning water prepared from auxiliary materials of cane sugar, white vinegar, honey and sweetener, and comprises the following steps sequentially: selecting and cleaning materials, removing pedicels and seeds, deepfrying the materials, cooling and peeling the materials, soaking the materials in the seasoning water, and packaging the product. With the implementation of the proposal, the processing method thereof is scientific and reasonable and easy to master rightly, and has lower processing cost; and the product has brilliant color, clear and translucent appearance, fresh and tender taste and crispness, does not get stuck between teeth, is suitable for both the young and old, and has the functions of anti-inebriation and appetite stimulation.

In the process of making cooked pig's head meat. pig's head after being washed and roasted is re-washed, cut according to different regions, soaked and cooked in soy sauce to make eight different dishes in different flavor. During its making process the seasoning oil is made with vegetable oil, scallion, ginger, garlic, caraway and celery.

A pickled arctium lappa is prepared from arctium lappa root, green radish, ginger, liquid soy, etc. through choosing raw materials, immersing, separating out the immersing liquid, heating it, and immersing again. Its advantages are low cost and high nutritive and medical values.

The invention relates to a soft pear fruit vinegar beverage and a production method thereof. The soft pear fruit vinegar beverage takes soft pears as a raw material and is produced with processes of fruit sorting, storing, juicing, instant high-temperature sterilization, enzyme treatment, primary fermentation, secondary fermentation, preparation, filtering, desaeration, encapsulation and sterilization. The soft pear fruit vinegar beverage is simple in production method and low in cost, and the soft pear fruit vinegar in the beverage has prominent fruit fragrance, strong vinegar fragrance and distinct flavor.

The invention belongs to the technical field of processing of salix integra, and particularly relates to an anti-cracking treatment method for salix integra. The anti-cracking treatment method comprises the following steps of peeling the salix integra, cleaning, and disinfecting; soaking by a sodium azide water solution with mass concentration of 0.6 to 1.2%, soaking for 20 to 30min, and drying byhot air at the temperature of 55 to 65 DEG C until the surface is free from water; coating the treated salix integra by a treatment agent, treating for 20 to 30min at the temperature of 50 to 60 DEGC and microwave power of 600 to 800w in a warehouse with temperature of 34 to 36 DEG C and humidity of 65 to 70%, and then weaving. Compared with the prior art, the anti-cracking treatment method hasthe advantages that the treatment method is scientific and reasonable, the treatment time is effectively shortened to one day or less, the cracking or deformation of the salix integra is effectively avoided, the weaving efficiency and finished rate are improved, and the commercial property of the salix integra product is improved.

The invention discloses a preparation method of high-temperature-resistant asphalt concrete. The preparation method comprises the following steps: 1. pouring matrix asphalt into a reactor, heating thereactor to 300-320DEG C, then adding perfluoroelastomer rubber, hydrogenated acrylonitrile butadiene rubber, boron-silicon rubber, gum-based ester rubber and SBS thermoplastic elastomer, and stirringand reacting; 2. cooling the interior of the reactor to 200-220DEG C, adding furfural, asbestos powder, zinc oxide, silicon nitride, chromium carbide, aluminum-plated glass beads, calcium sulphate whisker powder and chlorinated paraffin, and stirring and reacting; 3. pouring the mixture, obtained in the step 2, into an ultrasonic dispersing machine, then adding composite resin, xylene, zinc naphthenate, Barium petroleum sulfonate, kerosene, lauroyl diethanolamine and promoter, and performing ultrasonic dispersion; and 4. shearing and dispersing the mixture, obtained in the step 3, stopping and then stirring for 30-50minutes at 150-160DEG C to obtain the high-temperature-resistant asphalt concrete.

The invention belongs to the technical field of plastic recycling and discloses a recycling method for plastic films to ensure the purpose of treating the plastic films in an economical and environment-friendly manner. According to the technical scheme, the recycling method mainly comprises the steps of precipitating, washing, filter pressing and smashing. By means of the steps, impurity and oil contamination removing and the like are completed for the plastic films; by means of smashing, the plastic films are made into plastic particles, and due to the fact that the plastic films contain a large number of high molecular materials, the plastic films can be used in a degradation manner, can serve as padding of other rubber or plastic products and can be recycled. The treatment method is scientific, reasonable, environmentally friendly and high in treatment efficiency and utilization rate and has excellent social and economic benefits and popularization value.

The invention provides a plastic recovery method, and belongs to the technical field of plastic recovery. The purpose of treating plastic economically in an environmental-friendly mode can be achieved. According to the technical scheme, the plastic recovery method mainly includes the steps of sedimentation, washing, filter pressing and smashing. Through the steps, impurities, oil stains and the like of plastic are removed, plastic particles are obtained after smashing, since a large quantity of high-molecular materials are contained in the plastic particles, the plastic particles can be used after degradation, and the plastic particles can be used as padding of other rubber or plastic products so as to be recycled. The plastic recovery method is scientific, reasonable, environmentally friendly and high in treating efficiency, the utilization rate is high, and the method has great social and economic benefits and popularization value.

The invention discloses a treatment method for pomegranate cuttings and belongs to the technical field of pomegranate planting. The treatment method comprises the following steps of (1) selection of the cuttings; (2) pre-treatment of the cuttings; (3) primary treatment of the cuttings; (4) irradiation treatment; (5) secondary treatment of the cuttings; (6) ultraviolet curing. According to the provided treatment method for the pomegranate cuttings, the nutrient absorption capacity of the cuttings is improved, the germination of new shoots and roots is promoted, the survival rate of the cuttingsis increased, the content of nutrients in pomegranates is increased, the treatment method is scientific and reasonable, the bioavailability degree of raw materials is high, and a great market popularization value is achieved.

The present invention provides a processing method of plant food additive, comprising the following steps: cleaning the raw material, detecting and adjusting the device, preheating the device, preparing and pre-mixing the supplementary materials, alkalizing, mixing, cooking and crushing the supplementary materials and finally detecting, packaging and producing the finished products. The colony number of the finished products is below 20000 and the mold is in 200 / g or less, fully in accordance with the national food hygiene and safety standards. The processing method of plant food additive has features of scientific and reasonable process, high safety performance, easy operation and monitoring and is suitable for industrialization batch production. The food additive produced by the said processing method is thoroughly sterilized and the water content of the finished product is low and the finished product is easily stored and used with more safety.